The OpenAPI Naming and Design Rules technical specification defines an architecture and a set of rules necessary to specify, describe and implement APIs based on an OpenAPI specification to consistently express business information.
The present document replaces TS 103463 and defines in greater detail a number of Key Performance Indicators (KPIs) for Smart Areas (both urban and rural) expressing sustainability performance in terms of People, Planet, Prosperity and Governance. Certain of the KPIs are grouped and presented as Global KPIs in TS 103 463-2.
Credential Manifests are a resource format that defines preconditional requirements, Issuer style preferences, and other facets User Agents utilize to help articulate and select the inputs necessary for processing and issuance of a specified credential.
Sidetree is an alternative protocol for anchoring DIDs, ie. creating scalable Decentralized Identifier networks that can run atop any existing decentralized anchoring system (e.g. Bitcoin, Ethereum, distributed ledgers, witness-based approaches) and be as open, public, and permissionless as the underlying anchoring systems they utilize.
A specification to allow blockchain-independent W3C Decentralized Identifiers.
Diese Norm legt grundlegende Strukturierungsprinzipien für Lebenslaufakten fest und beschreibt ihre Anwendung für technische Anlagen der Verfahrenstechnik, Energietechnik, Versorgungstechnik und Produktionstechnik sowie deren räumlich und funktional zuordenbare Bauwerke.
Für diese Norm ist der Arbeitskreis NA 159-04-01-01 AK "Lebenslaufakte für technische Anlagen" im DIN-Normenausschuss Dienstleistungen (NADL) zuständig.
Standardized methods for state synchronization across different record systems, including but not limited to blockchains, databases, other distributed ledger technologies.
Security considerations for transactions conducted across more than one blockchain
A protocol that in the DPP case is used to anchor DIDs and product information schemas.
Base protocol to exchange verifiable credentials between two parties.
The present document will provide a comparison between both internal and external 'cloud-based' solutions with a life cycle analysis addressing: aenergy consumption; b)green-house gas (GHG) emission; c)water consumption; d)waste management from production to end-of-life management.